The document discusses various topics related to IoT standards and open source initiatives. It provides an overview of IEEE's activities in developing standards for emerging technologies like IoT, augmented reality, smart cities, 5G networks and more. It also discusses how IEEE is expanding its collaborative platform by embracing open source processes and bringing together open source and standards development communities.

1. IoT Standards and Open Source Initiatives
Oleg Logvinov
President & CEO, IoTecha
Chair, IEEE P2413, Standard for an Architectural Framework for IoT
ST DevCon, 04 October, 2016
10/7/20161

2. 2 10/7/2016
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IEEE Standards
Association
IEEE drives the technologies that
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9. IEEE-SA Standards Drive Markets
9
Open
Process
• Open
membership
• Open
participation
Consensus-
based
• Based on
WTO and
OpenStand
principles
• Collaboration
eTools
• Facilitate
remote
participation,
lessening
travel costs
Global
Community
• Participation
from around
the world
Evolution of traditional country-based models
for standards development to market-driven models
Global standards sustain products and services
for implementation and use by customers in a
globalized world
Standardization is borderless:

10. 10
In Academia In Industry In The Field
Collaboration is our Foundation
IEEE brings people and technology
together for mutual benefit

11. IEEE Standards
10/7/201611
IEEE nurtures, develops,
and advances the
building of global
technologies.
Are you familiar
with any IEEE
Standards?
+1100 active
standards
+500 under
development

12. IEEE Standards
10/7/201612
Consumers around the
world enjoy the benefits
of IEEE’s standards.
Here are a few you
may recognize… IEEE
802.3
IEEE
802.15.4
IEEE
835
Ampacity
IEEE
1394
IEEE
802.11
IEEE
1800

13. Canada
Switzerland
France
Belgium
Germany
China
KoreaUSA
Japan
India
South Africa
UK
Tunisia
Brazil
Israel
Singapore
Pakistan
Kazakhstan
Ghana
Zambia
Austria
IEEE-SA Global Presence
Agreements & Engagements Around the World
13

14. Emerging Technologies
10/7/201614
IEEE focuses on what’s next—enabling innovation and
the creation of new technologies.
MEMS & Sensors
Augmented / Virtual Reality
Smart Grid
Photovoltaics
Open Source
Internet of Things
IEEE Internet Initiative
5G

15. Why Standards and IoT?
A good standard
• Addresses widespread need
• Accelerates (reduces barrier for) innovation
A valuable standard
• Is consistently and widely implemented in target platform(s)
• With few exceptions, becomes “invisible” (do people think about
802?)
• Opens market opportunities for adopters, regardless of their size
Having IoT standards will allow for widespread
market adoption and implementation
15

16. IEEE-SA Internet of Things: Activities
Worldwide IoT standards workshops
• 2012: Beijing, China and Milan, Italy
• 2013: Shenzhen, China and Mountain View, CA, USA
• 2014: IEEE IoT World Forum, Seoul, Korea (6-8 Mar)
• 2014: 18-19 September in Mountain View, California
Hosting IoT industry roundtables and webinars
•2012: Milan
•2013: Korea and USA
•2014: four events in Asia, US and Europe
New standards project: IEEE P2413
•IoT Architecture Framework
•http://standards.ieee.org/develop/project/2413.html
Creation of new IEEE-SA Industry Connections
program: Convergence of Smart Home and
Building Architectures
•http://standards.ieee.org/develop/indconn/iccshba/index.html
Engagement with IEEE IoT Initiative
• Broad-based initiative across all of IEEE focused on IoT
• Covers IEEE conferences, publications, education programs and
more16

17. IEEE-SA Internet of
Things: Presence
Web area devoted to SA’s work in IoT
Highlights over 140 IEEE existing
standards and projects that relate to the
Internet of Things
Presents workshops and panel discussions
Includes links to relevant IoT materials on
the web
http://standards.ieee.org/innovate/iot/
17

18. Medical MEMS & Smart Fabrics:
Opportunities, Trends and
Developments
18
Medical MEMS & Smart Fabrics

19. MEMS-Based Applications
Applications are developed where
miniaturization is essential to deliver
technological advances across
industries
– E-Health, telemedicine
– Biomedical
– Pharmaceuticals
– Sports
– Military
– Automotive
– Aerospace
– Civil services – police, fire
19

20. Marriage Between MEMS & Smart
Fabrics is Happening
Advances in technology have brought together
apparel, technology, and textile industries to
develop new capabilities in fabrics
MEMS manufacturers collaborating with
pharmaceutical, biotech and medical companies to
develop medical MEMS solutions
– Develop highly intelligent and advanced products
Smart fabrics extends the wearables movement
and increases the value that technology can bring
to the wearer
20

21. 21 10/7/2016
IEEE Standards Association
Initiatives for Augmented Reality

22. IEEE-SA and Augmented Reality
SA work in AR began in 2014, with a focus on building the
SA's presence in the AR community through active
participation in the AR technology community. This included:
– Participation in industry events and trade shows since 2014 with an
exhibit to introduce IEEE-SA and connect with the AR community
Launch of several IEEE-SA Industry Connections activities
– Industry Connections is a “pre-standards” program that brings
together participants on emerging tech issues to collaborate on a
range of projects and deliverables (e.g.roadmaps, white papers,
events and standards proposals)
– 1) AR Directions and Standards; 2) Smart Glasses interest group;
and 3) AR application for oil, gas and utility industries
New standard P1589 Standard for an Augmented Reality
Learning Experience Model - launched in early 2015
22

23. SA Presence in AR Community
Annual presence at Augmented World Expo - significant
engagement including exhibits and multiple presentations by
IEEE-SA staff and volunteers relative to standards and
applications to accelerate AR technology solutions
Industry Workshops on Augmented Reality
– Co-sponsorship and presentations at Augmented Reality in Leading
Utilities -- A workshop hosted by the Electric Power Research
Institute (EPRI) on the use of AR in energy utility applications
– Hosted AR in Oil & Gas Industry workshop in collaboration with the
IEEE Industrial Applications Society
Participation in the Augmented Reality Enterprise Alliance
(AREA)
Production of a series of informational webinars about AR
applications
23

24. 24 10/7/2016
Smart Cities

25. Challenges of IoT & Smart City System
Information
Security
Low cost
MEMS
Interface
Standardization
No effective established information
security methodology in the field of
sensor networks.
The cost of the sensor demanded in
various application is still too expensive.
IoT needs interface standardization,
particularly for the sensor networks.
There are many IoT terminals, thus
requiring these terminals to be lower
cost maintenance than currently.
Business
Model
The business model of IoT is unclear,
this is the biggest opportunity and the
biggest challenge.
Challenges facing realization and
integration of information applications,
services of all types.
IoT
Application
IoT/
Smart
City
System
Processing large number of sensor nodes
requires higher quality and higher
reliability in the sensor network
Common
Information
Low Power
Reliable
Sensor Network
25

26. 26 10/7/2016
Open Source

27. IEEE & Open Source
IEEE is expanding its collaborative platform by
embracing open source processes,
communities, standards, specifications and
tests
– Market interest in building synergy between open source
and standards development is growing
– An approach that leverages synergies between open source
and standards development processes offers
complementary benefits for industry
– IEEE is ideally suited as the environment through which the
global standards and open source development communities
can collaborate to achieve the synergies that they seek
27

28. IEEE & Open Source
An approach that leverages synergies between open source
and standards development processes offers complementary
benefits for industry.
– Neither standards nor open source will replace the other. They are often
complementary, and there are places for both.
Open source and standards can be used together in powerful
ways:
– Open source software can be used to prototype standards
– Open source software can be referenced or included in a standard
– An open source project could identify the need for a standards-
development project
– Testbeds for verifying standards can be open source
Achieving synergy between open source and standards
development can accelerate the path to a good standard that
is ready to be implemented immediately
28

29. 29 10/7/2016
5G Activities

30. Wider Range of Requirements

31. Internet at a Crossroads
IEEE, like many other organizations, believes that 5G
ecosystem is rather large and will cover many different areas
– Not only an evolution of LTE
– New services, new technologies, new frequencies (6 GHz), new industries,
new business models
– Multi connectivity across bands & technologies (carrier aggregation with
integrated MAC across sub- 6GHz & above 6GHz, 802.X and macro cells
(legacy)
– Rethinking” of fundamental areas used in previous ‘Gs’ (cell architectures,
antennas, core networks, etc.)
31
Introduction to the
IEEE Internet Initiative

32. 32
IEEE 5G Standards: Goals
To identify
standardization
opportunities
and
standardization
gaps related to
5G
To help with the
creation of a
vibrant IoT
ecosystem
To help foster
the growth of
5G markets
To leverage
IEEE’s value
and platform
for 5G industry-
wide consensus
development

33. IEEE 5G Standardization: Vision
The underlying vision of IEEE-5G is to contribute to the next
generation holistic communications ecosystem, and to
enable new mobile services to the end user, by leveraging
on standardisation opportunities.
Objectives
– Offer an entry point towards IEEE-5G related initiatives,
information, publications, training, events, standards,
communities, etc.
– Provide easy access to SDOs, NGOs, operators, service
providers, etc. to engage with IEEE in 5G
– To leverage IEEE’s value and platform for 5G industry-wide
consensus development
– To define the IEEE 5G Roadmap and deliverables
10/7/201633

34. Thank you for your
attention
34

35. IEEE Internet Initiative
Connecting the Global Technology and Policy Making
Communities on Internet Governance, Cybersecurity and Privacy
Introduction to the
IEEE Internet Initiative
35

36. Internet at a Crossroads
The evolving Internet is increasingly vital to innovation,
economic growth and societal benefit
Public policy landscape is in need of collaboration and
cross-pollination due to proliferation of:
– Internet of Things (IoT)
– Big Data
– Smart Grid
– Smart Cities
– Intelligent Transportation
– E-Health
36
Introduction to the
IEEE Internet Initiative

37. IEEE Internet Initiative Mission
To provide a collaborative platform for advancing solutions and
informing global technology policymaking through a consensus
of sound technical and scientific knowledge in the areas of
Internet governance, cybersecurity, and privacy.
Introduction to the
IEEE Internet Initiative
37

38. Meeting Stakeholder Needs
The IEEE Internet Initiative facilitates the engagement of technology,
industry, and policy experts in an open, collaborative environment
for the collective benefit of all stakeholders.
38
Introduction to the
IEEE Internet Initiative
IEEE
INTERNET
INITIATIVE
POLICY
EXPERTS
TECHNOLOGY
DEVELOPERS
INDUSTRY
EXPERTS

39. Global IEEE Internet Community
Through the IEEE Internet Initiative, global
technical and policy communities can work
together to improve Internet governance
– Inform, debate, share findings, and improve decisions
– Help foster trustworthy technology solutions and best practices
Enabling bi-directional dialogue to encourage
online collaboration and information exchange
Community participants can connect via global
conferences and workshops on Internet
governance, cybersecurity and privacy
39
Introduction to the
IEEE Internet Initiative